--- title: "Scientists Discover Giant Alcohol Molecule Near The Center of Our Galaxy" description: "Scientists believe they have found the largest-ever alcohol molecule in space — though it's not the kind that can get you drunk." date: "2022-07-05" modified: "2022-07-05" authors: - name: "Noor Al-Sibai" job_title: "Senior Staff Writer" link: "https://futurism.com/authors/nooralsibai" url: "https://futurism.com/the-byte/space-alcohol-propanol" categories: - "Off-World" - "Space" tags: - "alcohol" - "alma radio telescope" - "molecules" - "the digest" --- # Scientists Discover Giant Alcohol Molecule Near The Center of Our Galaxy ![Scientists believe they have found the largest-ever alcohol molecule in space — though it's not the kind that can get you drunk.]() *\Image: ESO\* ## Alcoholic Scientists say they've found alcohol molecules in space — though, unfortunately, it's not the type that gets you drunk. A team from the Max Planck Institute for Radio Astronomy in Germany [have discovered]() a cloud of propanol alcohol molecules — according to the researchers, the largest alcohol molecule ever found in space — near the center of the Milky Way, a finding they believe could help us better understand how stars are formed. ## Space Sanitizer The team discovered both iso-propanol, best known for its usefulness in making hand sanitizer, and normal propanol, the other type of propanol alcohol that is chemically quite similar, near Sagittarius B2, an interstellar region not far from Sagittarius A\*, the supermassive black hole lurking at the center of our galaxy. The region is nicknamed the "delivery room" due to it being the birthplace of a ton of stars. The discovery of these chemicals in interstellar space is part of a lengthy effort to better understand star incubator regions like Sagittarius B2. "The detection of both isomers of propanol is uniquely powerful in determining the formation mechanism of each," said Rob Garrod from the University of Virginia, co-author of [one]() of [two]() new papers published in the journal *Astronomy Astrophysics*, in [a statement](). "Because they resemble each other so much, they behave physically in very similar ways, meaning that the two molecules should be present in the same places at the same times," Garrod added. ## Galactic Mixology While we've been hunting these kinds of molecules in deep space for more than 15 years, this particular discovery was only made possible now thanks to the advent of the gigantic, uber-sensitive Atacama Large Millimeter/submillimeter Array (ALMA) telescope in Chile. Using ALMA, scientists have also been able to discover three new types of organic molecules — iso-propyl cyanide, N-methylformamide, and urea — in space since 2014, according to the press release. Many questions remain surrounding the chemical processes involved in their birth. And while we still don't know for sure what kind of galactic mixology \[nice\] produced stars and other celestial objects, the discovery of huge alcohol isomers could bring us one step closer to getting that recipe. **READ MORE:** [The Largest Alcohol Molecule Found in Space Yet May Be The Key to Star Formation]() \[Max Planck Institute for Radio Astronomy\] ****More on space:**** [How NASA Got Price Gouged on the SLS, According to Its Former Second-in-Command]() ## Author At Futurism, I've often been drawn to unpacking the narratives that underlie technological, scientific and medical progress, with a special interest in areas of conflict and ambiguity that end up setting agendas and steering the fates of both elites and the hoi polloi. I'm a committed generalist, but I often find myself returning to work involving NASA and the private space sector, the effects of AI on media and society, and the mechanics of the pharmaceutical industry, with a specific focus on the spread of GLP-1 drugs like Ozempic and Wegovy. Prior to Futurism, I worked for publications ranging from Media Matters and Truthdig to Raw Story and Bustle. I'm also the author of "Myspace Scene Queens," a 2024 title in Instar Books' acclaimed "Remember the Internet" series. My work at Futurism has been cited by outlets including the New Yorker, Slate, Nieman Lab, the Verge, the MIT Technology Review, the Sunday Times, and the Daily Beast. I grew up in North Carolina, attended the University of North Carolina at Asheville, and now live in Brooklyn, New York. In my free time, I'm an avid reader and music fan; you can probably find me at a local poetry reading, concert, underground rave, or DJ set. I'm the proud parent of an ineffable orange cat named Mee-Mow. ### Author social links [Bluesky]()